XC6118C38BGR-G

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PMIC (Power Management Integrated Circuit) – Supervisors are implemented on a range of electronic devices to minimize the overall consumption of power, while ensuring that the system maintains the desired functionality. The XC6118C38BGR-G is an example of an advanced PMIC – Supervisors that is designed to monitor the power supply of an electronic system. The XC6118C38BGR-G utilizes a combination of push-pull and boost-regulators, within a single chip, to reduce power consumption. This article will discuss the application field and working principle of the XC6118C38BGR-G.

Application field of XC6118C38BGR-G

The XC6118C38BGR-G provides the flexibility to meet the multi-level functionality requirements of a wide range of industrial, embedded, and consumer applications. As the demand for lower power consumption increases and margin for error decreases, the XC6118C38BGR-G is a solution that is appropriate and ideal for many applications. For industrial applications, the device is capable of precisely controlling the power direction and functions, while allowing the system to run with reduced power consumption. Additionally, the device can be integrated into embedded systems to boost efficiency and increase performance. For consumer applications, it can accurately monitor the power of any installed systems, while allowing users to have a wide range of options at their disposal.

Working Principle

The XC6118C38BGR-G utilizes a powerful combination of analog and digital circuits to monitor the power of any installed system. As a supervisor, the device controls the voltage and power supply of the system, ensuring it remains functional, as well as reducing the overall power consumption. The device is designed with a two-stage power supply circuit that is capable of delivering stable DC output up to 16V. The device is also equipped with a variety of monitoring options, including under-voltage monitoring, open circuit monitoring, overload protection and brown-out protection.

The XC6118C38BGR-G includes many built-in features that allow it to operate in a wide range of applications. The device incorporates an internal 1-wire slave I2C interface and an on-chip temperature sensor for monitoring temperatures in different parts of the system. The device offers a wide input voltage range for different power sources, as well as a programmable power supply and clock frequency. The device is designed with a selectable low pass filter for each channel, allowing for high-accuracy performance.

The device also features an integrated low drop-out (LDO) regulator that regulates the regulators’ supply voltage and current. The LDO provides better system stability and reliability, while also reducing the power consumption of the device. The system can be powered with a wide range of input sources, including AC, DC, USB and battery power. The XC6118C38BGR-G also includes a digital control port and a power monitoring circuit.

The power monitoring circuit is capable of monitoring the current state of the system, and provides an analog signal output to indicate the current status. The integrated current sense amplifier monitors the power supply current, allowing the XC6118C38BGR-G to detect and detect over-current situations. The device is also equipped with an internal pull-up resistor for alerting against short circuits.

To sum up, the XC6118C38BGR-G is an innovative PMIC – Supervisors that is designed to reduce power consumption and improve system stability and reliability. The device utilizes a combination of analog and digital circuits to monitor the power supply of an electronic system. Furthermore, the XC6118C38BGR-G is appropriate for a wide range of industrial, embedded and consumer applications, such as increased performance for industrial applications, as well as precise control and power direction for embedded systems. The XC6118C38BGR-G is an ideal solution for those looking to reduce their power consumption and maximize performance.

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